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논문 기본 정보

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학술저널
저자정보
Gallego, Antolino (Department of Applied Physics, University of Granada) Benavent-Climent, Amadeo (Department of Mechanics of Structures, University of Granada) Infantes, Cristobal (Department of Applied Physics, University of Granada)
저널정보
테크노프레스 Smart structures and systems Smart structures and systems 제8권 제4호
발행연도
2011.1
수록면
385 - 398 (14page)

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This paper discusses the applicability of Acoustic Emission (AE) to assess the damage in reinforced concrete (RC) structures subjected to complex dynamic loadings such as those induced by earthquakes. The AE signals recorded during this type of event can be complicated due to the arbitrary and random nature of seismicity and the fact that the signals are highly contaminated by many spurious sources of noise. This paper demonstrates that by properly filtering the AE signals, a very good correlation can be found between AE and damage on the RC structure. The basic experimental data used for this research are the results of fourteen seismic simulations conducted with a shake table on an RC slab supported on four steel columns. The AE signals were recorded by several low-frequency piezoelectric sensors located on the bottom surface of the slab. The evolution of damage under increasing values of peak acceleration applied to the shake table was monitored in terms of AE and dissipated plastic strain energy. A strong correlation was found between the energy dissipated by the concrete through plastic deformations and the AE energy calculated after properly filtering the signals. For this reason, a procedure is proposed to analyze the AE measured in a RC structure during a seismic event so that it can be used for damage assessment.

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